Aprašymas

"Turtle Beach Magma. Keyboard form factor: Full-size (100%). Keyboard style: Straight. Connectivity technology: Wired, Device interface: USB, Keyboard key switch: Membrane, Keyboard layout: QWERTZ. Backlight type: LED, Wrist rest. Cable length: 1.8 m. Recommended usage: Gaming. Product colour: Black"\n"The Turtle Beach® Magma Membrane RGB Gaming Keyboard is ideal for RGB enthusiasts with their sights on a competitive PC gaming keyboard. Its semi-transparent top plate presents mesmerizing RGB illuminated backlighting–customizable in 16.8 million colors across 5 zones through Swarm™ II. Its high quality, silent membrane keys team up with Easy-Shift [+] technology for a doubling of your command power and anti-ghosting keeps keystrokes properly registered. A detachable palm rest and low maintenance design round out a keyboard that delivers gaming performance for an affordable price.

SILENT MEMBRANE KEYS

Equipped with high quality rubber dome keys for silent typing that feels both responsive and reliable.

ADVANCED ANTI-GHOSTING

Technology optimized for gamers to ensure every key stroke of the most-used keys is registered – no matter how frantic the action gets.

LOW-MAINTENANCE DESIGN

The high-quality membrane layer and translucent top plate are precision engineered to create a sealed surface, keeping dust and dirt out and allowing for hassle-free cleaning.

CUSTOMIZED YOUR WAY

Our Easy-Shift [+]™ technology adds a secondary function to compatible keys. Just hold down the designated modifier key for double the command power in an instant. Fully customizable in Swarm™ II.

DETACHABLE PALM REST

Adjust your setup to whatever’s comfortable for you, whether it’s relaxed typing with the palm rest or aggressive gaming style with the palm rest detached.

5-ZONE AIMO™ ILLUMINATION

AIMO represents a lighting engine and an eco-system in one. The Magma’s top plate fully illuminates in 16.8 million colors for a stunning RGB showcase. It also syncs with other compatible AIMO products for state-of-the-art illumination scenarios that flow from device to device."